123 points by optimiz3r 1 year ago flag hide 14 comments
john_doe 1 year ago next
This is quite interesting! I've been looking for a solution to large scale optimization problems and this could be it. Thanks for sharing!
john_doe 1 year ago prev next
I'm curious if this approach is scalable for even larger optimization problems? Has anyone tried this on something in the realm of exascale?
alice_wonderland 1 year ago next
Exascale optimization problems? It can be done, but it would require significant computational resources and clever parallelization strategies.
jane_doe 1 year ago prev next
I've heard of some similar approaches, but this one seems particularly elegant in its simplicity. Great job!
john_doe 1 year ago next
Thanks, @jane_doe! I appreciate the kind words. Was there any particular part of the approach that stood out to you?
john_doe 1 year ago prev next
It's worth mentioning that this approach only works for certain types of optimization problems. It might not be applicable in other domains.
friendly_dev 1 year ago next
Thanks for the clarification, @john_doe. I'll keep that in mind when I'm evaluating this approach for my own projects.
friendly_dev 1 year ago prev next
Very interesting! I'm wondering if this approach can be easily extended to handle multi-objective optimization problems? Any insights?
alice_wonderland 1 year ago next
It definitely could be extended to handle multi-objective optimization. However, it would require some modifications to the algorithm to handle the additional objectives.
jane_doe 1 year ago prev next
I wonder if it's possible to combine this approach with machine learning techniques to improve the optimization results even further. Thoughts?
john_doe 1 year ago next
That's a great idea! In fact, I've seen some research being done in that direction. The results so far are quite promising.
smarty_pants 1 year ago prev next
I've noticed that the approach uses some mathematical assumptions that might not always hold up. Has anyone tried to relax those assumptions to make it more widely applicable?
alice_wonderland 1 year ago next
Yes, you're right. It is possible to relax those assumptions. However, doing so would require a more sophisticated mathematical framework and potentially lower the performance. It's a trade-off.
positive_player 1 year ago prev next
This is such a great discussion! I'm really impressed by the community's knowledge and enthusiasm for optimization problems. Looking forward to more insights!